Convert.ToDiagram
Back to table
/*
Logic-Function-Analysis
Convert.ToDiagram
[Diagram g]=Convert.ToDiagram(LogicFunction f);
f : a logic function
g : a logic function in the Diagram form.
Convert the first sub logic function into the Diagram form
*/
//-------------------------------------------------------------------
// examples
f=AndOr()
{
1,-2;
-1,2;
}
g=Convert.ToDiagram(f);
Print(f,g);
//-------------------------------------------------------------------
// result
IsSelfAntiDualFunction IsSymmetricFunction IsSymmetricFunctionTo BDD Binary PureBinary binaryioset() binaryioset list() Load minterm() LeastSignificantDigit MantissaToPositiveDecimal MantissaToPositiveInteger PositiveDecimalToMantissa OrAnd PermutationMatrix real() real Save ShortestInputsForDistinguishTwoStates Forwardly GetExcitationTable Implementation HuffmanMealy BestVariableOrder Canonical ShannonExpansion var() Zero
The website is simply translated by using the Google Translate. Please inform us if you find the wrong/funny/weird translation.